Module 2 Motion in One Dimension : average acceleration

variable	quantity	value	SI unit
\( v_{1} \)	initial velocity	\( 0 \)	\( m/s \)
\( v_{2} \)	final velocity	\( 30 \)	\( m/s \)
\( \Delta t \)	time to change velocity	\( 7 \)	\( seconds \)
\( \bar{a} \)	average acceleration	\( \)	\( m/s^{2} \)

variable	quantity	value	SI unit
\( v_{1} \)	initial velocity	\( 0 \)	\( m/s \)
\( v_{2} \)	final velocity	\( 28.8 \)	\( m/s \)
\( \Delta t \)	time to change velocity	\( 12 \)	\( seconds \)
\( \bar{a} \)	average acceleration	\( \)	\( m/s^{2} \)

variable	quantity	value	SI unit
\( v_{0} \)	initial velocity	\( 0 \)	\( m/s \)
\( t \)	time to travel the distance	\( 12 \)	\( seconds \)
\( a \)	constant acceleration	\( 2.40 \)	\( m/s^{2} \)
\( \Delta x \)	displacement	\( \)	\( \)

variable	quantity	value	SI unit
\( y_{0} \)	initial position	\( 0 \)	\( m \)
\( v_{0} \)	initial velocity	\( 0 \)	\( m/s \)
\( g \)	acceleration due to gravity	\( 9.8 \)	\( m/s^2 \)
\( t \)	time to hit the ground	\( 2.35 \)	\( seconds \)
\( H = \vert y \vert \)	height of cliff	\( \)	\( \)